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The CAN BUS multiple ECU simulator provides a professional OBD development platform which allow the user to test the OBD functionality on the table. Simulates 4 differnt ECUs. reading VIN and suspended DTC is possible . Using 5 potensiometer , 5 live data can be changed and some fixed PID values are provided. Pressing DTC bouton the trouble codes are generated and the MIL LED is ON. Service 4 commands clear the DTCs and the MIL LED. Connection to the tester is provided via a J1962 female OBD port . it needs an external 12 V power supply . More information you can get from the corresponding chipset datasheet.

The J1939 multiple ECU simulator provides a professional OBD development platform which allow the user to test the OBD functionality on the table. Simulates a Truck ECU . Using 5 potensiometer , 5 live data can be changed and some fixed PNG values are provided. Pressing DTC bouton the trouble codes are generated and the MIL LED is ON. DM11 commands clear the DTCs and the MIL LED. Connection to the tester is provided via a J1962 female OBD port . it needs an external 24 V power supply . More information you can get from the corresponding chipset datasheet.

The ISO 9141 multiple ECU simulator provides a professional OBD development platform which allow the user to test the OBD functionality on the table. Simulates 4 differnt ECUs. reading VIN and suspended DTC is possible . Using 5 potensiometer , 5 live data can be changed and some fixed PID values are provided. Pressing DTC bouton the trouble codes are generated and the MIL LED is ON. Service 4 commands clear the DTCs and the MIL LED. Connection to the tester is provided via a J1962 female OBD port . it needs an external 12 V power supply . More information you can get from the corresponding chipset datasheet.

The J1850 VPWM multiple ECU simulator provides a professional OBD development platform which allow the user to test the OBD functionality on the table. Simulates 4 differnt ECUs. reading VIN and suspended DTC is possible . Using 5 potensiometer , 5 live data can be changed and some fixed PID values are provided. Pressing DTC bouton the trouble codes are generated and the MIL LED is ON. Service 4 commands clear the DTCs and the MIL LED. Connection to the tester is provided via a J1962 female OBD port . it needs an external 12 V power supply . More information you can get from the corresponding chipset datasheet.

J1939ECUSim is a paid PC application which uses our CANMate device and CANMate API to implement J1939 compliant ECU simulation. This can be used to test devices like J1939 port readers without the need to connect to a vehicle. Using our J1939ECUSim along with the CANMate device can save 100s of dollars compared to stand alone hardware simulators which serve just the same purpose.